Start simplifying cloud shader

shader/cloud/basic.frag

@@ -16,12 +16,15 @@ void main()
     // when a light is direcly above the cloud
     float d = dot(vControls,vControls);
     if (d > 1) {discard;}
-    //fCol = vCol;
     fCol = vec4(vCol.xyz,vCol.w*(1-d));
+    //fCol = vCol;
     //float rad = vCenterSize.w*0.5;
     float rad = vCenterSize.w;
     float h = (1-d) * rad;
     fPos = vec4(vPosID.xy, vPosID.z + h, vCol.w*(1-d));
-    vec3 fn1 = fPos.z*normalize(vec3(vCenterSize.xyz - fPos.xyz));
-    fNorm = vec4(fn1,fPos.w);
+    //vec3 vCen = 
+    //vec3 fn1 = fPos.z*normalize(vec3(vCenterSize.xyz - fPos.xyz));
+    vec3 fn1 = fPos.z*normalize(vec3(vCenterSize.xy - vPosID.xy,0));
+    //fNorm = vec4(fn1,fPos.w);
+    fNorm = vec4(vControls.xy, 0.1 ,fPos.w);
 }

shader/wall/blank.geom

@@ -20,8 +20,8 @@ void main()
   vec4 a1 = theMat * p1;
   vec4 a2 = theMat * p2;
 //  if (0 > isLHS (a1.xy - a2.xy, a1.xy - "viewFromPoint")) {
-    vec4 p3 = vec4 (p1.xy,500,1); //note the random z value, used for GL_DEPTH_CLAMP
-    vec4 p4 = vec4 (p2.xy,500,1);
+    vec4 p3 = vec4 (p1.xy,5000,1); //note the random z value, used for GL_DEPTH_CLAMP
+    vec4 p4 = vec4 (p2.xy,5000,1);
     vec4 a3 = theMat * p3;
     vec4 a4 = theMat * p4;
     gPos = p1;gl_Position = a1; EmitVertex();